Top Engineering Manager Jobs

Lead a 15-person systems engineering team to integrate MBSE across tool suites, define system architecture, manage requirements (DOORS), drive value stream/process development, coordinate with suppliers/customers, and provide section-level people management and mentoring while supporting program execution and major milestones.

Manage a ~10-person system safety engineering team, own technical and programmatic leadership, Work Package Lead responsibilities, review and approve safety artifacts, ensure compliance with safety standards, integrate safety into requirements/design/test, support design milestone readiness, and lead employee performance and development.

Lead and manage a team of Manufacturing Engineers supporting the Sentinel Systems Test Team. Oversee producibility analysis, MBOM creation, work instructions, supplier assessments (DOD MRA), resource and schedule planning, digital engineering adoption, and reporting to meet SOW build and delivery requirements while developing team members and ensuring cost, schedule, and quality targets.

Lead and manage the Sentinel program Manufacturing Engineering team in Roy, UT. Oversee execution of SOWs, resource and schedule planning, producibility analysis, MBOM and work instruction creation, supplier capability assessment, digital engineering consistency, metrics/reporting, and team development to meet cost, schedule, and delivery requirements.

Lead multi-site production quality engineering, overseeing QE/QCT, calibration, audits, supplier quality, CAPA/RCCA, MRB adjudication, and continuous improvement. Ensure ISO/AS9100 compliance, drive metrics (PPM, DPMO, FPY), digital quality rollouts, and mentor a team to achieve zero-defect manufacturing in defense-grade production.

Lead a multidisciplinary team to deliver the Launch Center A design, including construction specifications, constructability reviews, interface management, technical/cost/schedule tradeoffs, EVMS reporting, and stakeholder communications. Drive staffing, mentoring, risk management, process improvements, and supplier/customer coordination to meet cost, schedule and technical performance goals.

Lead end-to-end design, integration, and release of the Launcher system as CAM. Manage multidisciplinary engineering teams, EVMS baseline, MBSE/digital twin, configuration control, subcontractor/customer interfaces, and mentoring. Support proposals, reviews, and audits while meeting cost, schedule, and performance targets.

Lead systems engineering, integration, modeling, and test for Test and Training Sentinel Sites. Act as Cost Account Manager, manage EVMS baseline, direct multidisciplinary teams, champion MBSE and digital twin practices, liaise with DoD and subcontractors, and mentor engineering staff while meeting cost, schedule, and performance targets.

Manage a distributed systems engineering team (20% functional, 80% technical program work) supporting Sentinel Advanced Concepts. Responsibilities include staffing, recruiting, performance management, mentoring, resource planning, process improvement, and executing systems engineering activities (architecture, requirements, verification, interface definition) on SDS projects.

Lead a 8–12 person systems engineering section for Sentinel Launch Systems, managing technical assignments for launch equipment, coordinating across teams/customers/suppliers, running CDRs, mentoring staff, and supporting process improvement, MBSE, and earned-value activities.

Manage engineering department for distribution and transmission systems including system planning, design, protection coordination, project management, budgeting, compliance with NESC/NEC/RUS, vendor/contracts, stakeholder coordination, and team leadership to deliver projects on time and within budget.

Lead a multi-discipline engineering team delivering unified communications (voice, video, telecommunications) for government customers. Manage staff, schedules, budgets, vendors, policies, and technical implementation while ensuring alignment with strategic initiatives and industry best practices. On-site in Oklahoma City with occasional travel.

Lead product strategy and roadmap for orthodontic hardware products, guiding cross-functional engineering, regulatory, quality, and marketing teams through concept, prototyping, verification/validation, and launch. Serve as SME for medical device design control, risk management, regulatory compliance, and post-launch monitoring while driving innovation and competitive differentiation.

Lead product strategy and roadmap for orthodontic hardware and software products. Drive cross‑functional development from concept through V&V, ensure Design Control and regulatory compliance (ISO 13485, FDA 21 CFR 820), analyze market and competitor trends, support post‑launch monitoring, and collaborate with marketing, quality, regulatory, and engineering teams to deliver differentiated medical device products.

Lead cross-functional manufacturing engineering team to execute AIM facility transition, capital planning, equipment selection, process optimization, automation initiatives, and continuous improvement to meet production, quality, schedule, and KPI targets.

Manage and mentor a team of electrical engineers developing hydraulic, electro-mechanical, and electro-hydraulic test systems for flight control actuation. Lead requirements management, system modeling and analysis, integration and test, project execution, process improvement, and contribute technically to programs.

Lead a core engineering knowledge management team to capture, store, and share critical product and systems knowledge. Develop and execute multi-year KM strategies, drive adoption, integrate KM with digital engineering systems, measure KM performance, and partner cross-functionally to implement process improvements and training.

Lead and develop a product engineering team supporting commercial aircraft production. Provide hands-on technical leadership for production and development programs, resolve assembly/test/manufacturing issues, manage supplier technical interfaces and MRB dispositions, drive producibility, quality and cost improvements, support field failure analysis, and coordinate Lean/process improvements with cross-functional teams.

Lead system-level development and commercialization of LWIR zoom lens assemblies, integrating optics, mechanics, actuators, electronics, firmware, and coatings. Define performance budgets, manufacturability, verification/validation, actuation and embedded control, and lead cross-functional teams to resolve system-level issues through production release.

Lead a Connected Vehicle Service Quality team to rapidly investigate and resolve infotainment and connected-car quality issues across North America. Build and operate the CVSQ organization, coordinate with FAST, SOA, SBR, SIA and suppliers, prioritize investigations, drive improvements, and develop team members while influencing product and process decisions.

Manage and grow multiple engineering teams (3–5 direct reports, hire 3–5 more), coach engineers to own large, loosely defined projects, provide feedback on specs, occasionally code/debug in the codebase, and lead department-wide initiatives to improve engineering practices (reviews, interviews, demo data, developer experience).

Lead and grow a Support Engineering team that resolves complex product issues, integrations, and data workflows. Define escalation and triage practices, build scalable diagnostics and internal tools, collaborate closely with Engineering and Product, mentor engineers on debugging, logs, and database querying, and create repeatable processes to improve customer outcomes and support efficiency.

Manage and lead an automation and controls engineering team delivering PLC/DCS programs, HMI/SCADA solutions, control system specifications, project estimates, and client relationships. Oversee project schedules, budgets, quality, safety, hiring, performance, and technical reviews while maintaining technical leadership and ensuring compliance with engineering standards and codes.

Manage a multidisciplinary electrical power and electronics team, oversee facility and machine power systems (480V/240V, switchgear, MCCs, UPS, generators), maintain electrical standards and documentation, support equipment integration and commissioning, lead root-cause analysis, manage vendors/contractors, and drive reliability, safety, and energy-efficiency improvements.

Manage a process engineering team to design equipment, systems, and P&IDs; ensure projects meet schedule, budget, quality, and safety standards; check calculations/drawings; develop design guidelines and specifications; assess feasibility, risks, man-hour requirements, and identify cost-saving opportunities.